Solounias (12 results)
- Hardcover
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- Hardcover
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HRD. Condition: New. New Book. Shipped from UK. Established seller since 2000.
- Hardcover
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- Hardcover
Seller: Rheinberg-Buch Andreas Meier eK, Bergisch Gladbach, GermanyRheinberg-Buch Andreas Meier eK
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Buch. Condition: Neu. Neuware -The domesticated horses are really well-known animals. There are many studies of their husbandry, anatomy, evolution and biology. The horse has been admired and loved throughout the World. Although there are several studies of its anatomy by Schmaltz (1929), Ellenberger & Baum (1894-1901), Boas & P…aulli (1908) and others, the knowledge is incomplete. Certain issues about their anatomy and evolution have not been studied in detail. The present study is not a literature review. It covers new information on three parts of the horse:1 The nasal cavity anatomy and the anatomy of the preorbital area (p.¿9).2 The dentition - mastication and tooth wear (p.¿85).3 The anatomy and embryology of the forelimb and feet (p.¿111).These areas are relevant for the understanding of horse communication, diet, and locomotion. They are a contribution in development and evolution. They relate the horse to its ancestors.This study is inspired from the Samos Cremohipparion (Hipparion) proboscideum (Bernor et al. 2021). Two cranial specimens in particular stand out: the type in Bern and a female skull in Frankfurt (NHMBa C 5019 old 6; SMF 4709). These two specimens have fascinated me. They are so similar and yet so different form our modern horses.I wanted to do something for this species that no one else has done. I did not want to measure their fossae or their teeth. I did not want to do biostratigraphy. This study is devoted to how one can study the fossa, the diet and the anatomy of the tridactyl feet. What types of questions can be formulated and answered How is the horse different today What were the reasons of the observed changes The study focuses on new ideas, observations and hypotheses and is not meant to be an exhaustive coverage of previous research. New anatomic and functional terms are introduced in this study. The study has many figures because I believe they help understand the anatomy better than simple text. All the figures are new. I emphasize that the figures are data. The figures are many and detailed. They reflect my personality as I think in images not words. I also know that we all love figures in studies and often skip over the words.The term domesticated horse or horse is meant to mean the domesticated horse Equus caballus. The three terms are used interchangeably throughout the text. Most of the research is based on the domesticated horse as this species was researched the most. Other species are mentioned by their scientific name. Equids refers to the taxa of the family Equidae. Equinae and Anchitheriinae are the two major subfamilies. I have selected some additional literature for further reading. I have also summarized the main points at the end of each chapter. A list of species and a list of terms in Latin are also provided at the end. In figures I use no abbreviations for the anatomical terminology. This greatly facilitates the use of the figures because it eliminates the step of having to look up what is been pointed. I use anglicized Latin [L] and Greek [G] in the text and figures as do most medical books (e.¿g. Gray's Anatomy 40th edition, 2008).During the later Cenozoic, especially in North America, there is a large adaptive radiation of extinct horses. Form the very beginning to the Oligocene there were numerous species. More than forty species were present in the Oligocene-Miocene of North America. Dinohippus is most likely the ancestor of Equus (the modern horses are all placed in one genus: Equus). Mihlbachler et al. (2011) provides a useful cladogram and the dietary evolution of equids. McFadden (1990) has also summarized the major evolutionary events of equids. Older studies on horses by Matthew (1926), Simpson (1951) and Osborn (1918) stand out as classics.The first part starts with a coverage of the anatomy of the conchae, the nostrils and the upper lip which act like a short proboscis, and the nasal diverticulum. The nasal notch is rather peculiar in the horse. There are nasalis muscles which are.
- Hardcover
Seller: BuchWeltWeit Ludwig Meier e.K., Bergisch Gladbach, GermanyBuchWeltWeit Ludwig Meier e.K.
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Buch. Condition: Neu. Neuware -The domesticated horses are really well-known animals. There are many studies of their husbandry, anatomy, evolution and biology. The horse has been admired and loved throughout the World. Although there are several studies of its anatomy by Schmaltz (1929), Ellenberger & Baum (1894-1901), Boas & P…aulli (1908) and others, the knowledge is incomplete. Certain issues about their anatomy and evolution have not been studied in detail. The present study is not a literature review. It covers new information on three parts of the horse:1 The nasal cavity anatomy and the anatomy of the preorbital area (p.¿9).2 The dentition - mastication and tooth wear (p.¿85).3 The anatomy and embryology of the forelimb and feet (p.¿111).These areas are relevant for the understanding of horse communication, diet, and locomotion. They are a contribution in development and evolution. They relate the horse to its ancestors.This study is inspired from the Samos Cremohipparion (Hipparion) proboscideum (Bernor et al. 2021). Two cranial specimens in particular stand out: the type in Bern and a female skull in Frankfurt (NHMBa C 5019 old 6; SMF 4709). These two specimens have fascinated me. They are so similar and yet so different form our modern horses.I wanted to do something for this species that no one else has done. I did not want to measure their fossae or their teeth. I did not want to do biostratigraphy. This study is devoted to how one can study the fossa, the diet and the anatomy of the tridactyl feet. What types of questions can be formulated and answered How is the horse different today What were the reasons of the observed changes The study focuses on new ideas, observations and hypotheses and is not meant to be an exhaustive coverage of previous research. New anatomic and functional terms are introduced in this study. The study has many figures because I believe they help understand the anatomy better than simple text. All the figures are new. I emphasize that the figures are data. The figures are many and detailed. They reflect my personality as I think in images not words. I also know that we all love figures in studies and often skip over the words.The term domesticated horse or horse is meant to mean the domesticated horse Equus caballus. The three terms are used interchangeably throughout the text. Most of the research is based on the domesticated horse as this species was researched the most. Other species are mentioned by their scientific name. Equids refers to the taxa of the family Equidae. Equinae and Anchitheriinae are the two major subfamilies. I have selected some additional literature for further reading. I have also summarized the main points at the end of each chapter. A list of species and a list of terms in Latin are also provided at the end. In figures I use no abbreviations for the anatomical terminology. This greatly facilitates the use of the figures because it eliminates the step of having to look up what is been pointed. I use anglicized Latin [L] and Greek [G] in the text and figures as do most medical books (e.¿g. Gray's Anatomy 40th edition, 2008).During the later Cenozoic, especially in North America, there is a large adaptive radiation of extinct horses. Form the very beginning to the Oligocene there were numerous species. More than forty species were present in the Oligocene-Miocene of North America. Dinohippus is most likely the ancestor of Equus (the modern horses are all placed in one genus: Equus). Mihlbachler et al. (2011) provides a useful cladogram and the dietary evolution of equids. McFadden (1990) has also summarized the major evolutionary events of equids. Older studies on horses by Matthew (1926), Simpson (1951) and Osborn (1918) stand out as classics.The first part starts with a coverage of the anatomy of the conchae, the nostrils and the upper lip which act like a short proboscis, and the nasal diverticulum. The nasal notch is rather peculiar in the horse. There are nasalis muscles which are.
- Hardcover
Seller: Wegmann1855, Zwiesel, GermanyWegmann1855
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Buch. Condition: Neu. Neuware -The domesticated horses are really well-known animals. There are many studies of their husbandry, anatomy, evolution and biology. The horse has been admired and loved throughout the World. Although there are several studies of its anatomy by Schmaltz (1929), Ellenberger & Baum (1894-1901), Boas & P…aulli (1908) and others, the knowledge is incomplete. Certain issues about their anatomy and evolution have not been studied in detail. The present study is not a literature review. It covers new information on three parts of the horse:1 The nasal cavity anatomy and the anatomy of the preorbital area (p.¿9).2 The dentition - mastication and tooth wear (p.¿85).3 The anatomy and embryology of the forelimb and feet (p.¿111).These areas are relevant for the understanding of horse communication, diet, and locomotion. They are a contribution in development and evolution. They relate the horse to its ancestors.This study is inspired from the Samos Cremohipparion (Hipparion) proboscideum (Bernor et al. 2021). Two cranial specimens in particular stand out: the type in Bern and a female skull in Frankfurt (NHMBa C 5019 old 6; SMF 4709). These two specimens have fascinated me. They are so similar and yet so different form our modern horses.I wanted to do something for this species that no one else has done. I did not want to measure their fossae or their teeth. I did not want to do biostratigraphy. This study is devoted to how one can study the fossa, the diet and the anatomy of the tridactyl feet. What types of questions can be formulated and answered How is the horse different today What were the reasons of the observed changes The study focuses on new ideas, observations and hypotheses and is not meant to be an exhaustive coverage of previous research. New anatomic and functional terms are introduced in this study. The study has many figures because I believe they help understand the anatomy better than simple text. All the figures are new. I emphasize that the figures are data. The figures are many and detailed. They reflect my personality as I think in images not words. I also know that we all love figures in studies and often skip over the words.The term domesticated horse or horse is meant to mean the domesticated horse Equus caballus. The three terms are used interchangeably throughout the text. Most of the research is based on the domesticated horse as this species was researched the most. Other species are mentioned by their scientific name. Equids refers to the taxa of the family Equidae. Equinae and Anchitheriinae are the two major subfamilies. I have selected some additional literature for further reading. I have also summarized the main points at the end of each chapter. A list of species and a list of terms in Latin are also provided at the end. In figures I use no abbreviations for the anatomical terminology. This greatly facilitates the use of the figures because it eliminates the step of having to look up what is been pointed. I use anglicized Latin [L] and Greek [G] in the text and figures as do most medical books (e.¿g. Gray's Anatomy 40th edition, 2008).During the later Cenozoic, especially in North America, there is a large adaptive radiation of extinct horses. Form the very beginning to the Oligocene there were numerous species. More than forty species were present in the Oligocene-Miocene of North America. Dinohippus is most likely the ancestor of Equus (the modern horses are all placed in one genus: Equus). Mihlbachler et al. (2011) provides a useful cladogram and the dietary evolution of equids. McFadden (1990) has also summarized the major evolutionary events of equids. Older studies on horses by Matthew (1926), Simpson (1951) and Osborn (1918) stand out as classics.The first part starts with a coverage of the anatomy of the conchae, the nostrils and the upper lip which act like a short proboscis, and the nasal diverticulum. The nasal notch is rather peculiar in the horse. There are nasalis muscles which are.
- Hardcover
Seller: Revaluation Books, Exeter, United KingdomRevaluation Books
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Hardcover. Condition: Brand New. 132 pages. 8.39x0.55x11.73 inches. In Stock.
- Hardcover
Seller: buchversandmimpf2000, Emtmannsberg, BAYE, Germanybuchversandmimpf2000
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Buch. Condition: Neu. Neuware -The domesticated horses are really well-known animals. There are many studies of their husbandry, anatomy, evolution and biology. The horse has been admired and loved throughout the World. Although there are several studies of its anatomy by Schmaltz (1929), Ellenberger & Baum (1894-1901), Boas & P…aulli (1908) and others, the knowledge is incomplete. Certain issues about their anatomy and evolution have not been studied in detail. The present study is not a literature review. It covers new information on three parts of the horse:1 The nasal cavity anatomy and the anatomy of the preorbital area (p.¿9).2 The dentition - mastication and tooth wear (p.¿85).3 The anatomy and embryology of the forelimb and feet (p.¿111).These areas are relevant for the understanding of horse communication, diet, and locomotion. They are a contribution in development and evolution. They relate the horse to its ancestors.This study is inspired from the Samos Cremohipparion (Hipparion) proboscideum (Bernor et al. 2021). Two cranial specimens in particular stand out: the type in Bern and a female skull in Frankfurt (NHMBa C 5019 old 6; SMF 4709). These two specimens have fascinated me. They are so similar and yet so different form our modern horses.I wanted to do something for this species that no one else has done. I did not want to measure their fossae or their teeth. I did not want to do biostratigraphy. This study is devoted to how one can study the fossa, the diet and the anatomy of the tridactyl feet. What types of questions can be formulated and answered How is the horse different today What were the reasons of the observed changes The study focuses on new ideas, observations and hypotheses and is not meant to be an exhaustive coverage of previous research. New anatomic and functional terms are introduced in this study. The study has many figures because I believe they help understand the anatomy better than simple text. All the figures are new. I emphasize that the figures are data. The figures are many and detailed. They reflect my personality as I think in images not words. I also know that we all love figures in studies and often skip over the words.The term domesticated horse or horse is meant to mean the domesticated horse Equus caballus. The three terms are used interchangeably throughout the text. Most of the research is based on the domesticated horse as this species was researched the most. Other species are mentioned by their scientific name. Equids refers to the taxa of the family Equidae. Equinae and Anchitheriinae are the two major subfamilies. I have selected some additional literature for further reading. I have also summarized the main points at the end of each chapter. A list of species and a list of terms in Latin are also provided at the end. In figures I use no abbreviations for the anatomical terminology. This greatly facilitates the use of the figures because it eliminates the step of having to look up what is been pointed. I use anglicized Latin [L] and Greek [G] in the text and figures as do most medical books (e.¿g. Gray's Anatomy 40th edition, 2008).During the later Cenozoic, especially in North America, there is a large adaptive radiation of extinct horses. Form the very beginning to the Oligocene there were numerous species. More than forty species were present in the Oligocene-Miocene of North America. Dinohippus is most likely the ancestor of Equus (the modern horses are all placed in one genus: Equus). Mihlbachler et al. (2011) provides a useful cladogram and the dietary evolution of equids. McFadden (1990) has also summarized the major evolutionary events of equids. Older studies on horses by Matthew (1926), Simpson (1951) and Osborn (1918) stand out as classics.The first part starts with a coverage of the anatomy of the conchae, the nostrils and the upper lip which act like a short proboscis, and the nasal diverticulum. The nasal notch is rather peculiar in the horse. There are nasalis muscles which are.
- Hardcover
Seller: AHA-BUCH GmbH, Einbeck, GermanyAHA-BUCH GmbH
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Buch. Condition: Neu. Neuware - The domesticated horses are really well-known animals. There are many studies of their husbandry, anatomy, evolution and biology. The horse has been admired and loved throughout the World. Although there are several studies of its anatomy by Schmaltz (1929), Ellenberger & Baum (1894-1901), Boas &…Paulli (1908) and others, the knowledge is incomplete. Certain issues about their anatomy and evolution have not been studied in detail. The present study is not a literature review. It covers new information on three parts of the horse:1 The nasal cavity anatomy and the anatomy of the preorbital area (p.¿9).2 The dentition - mastication and tooth wear (p.¿85).3 The anatomy and embryology of the forelimb and feet (p.¿111).These areas are relevant for the understanding of horse communication, diet, and locomotion. They are a contribution in development and evolution. They relate the horse to its ancestors.This study is inspired from the Samos Cremohipparion (Hipparion) proboscideum (Bernor et al. 2021). Two cranial specimens in particular stand out: the type in Bern and a female skull in Frankfurt (NHMBa C 5019 old 6; SMF 4709). These two specimens have fascinated me. They are so similar and yet so different form our modern horses.I wanted to do something for this species that no one else has done. I did not want to measure their fossae or their teeth. I did not want to do biostratigraphy. This study is devoted to how one can study the fossa, the diet and the anatomy of the tridactyl feet. What types of questions can be formulated and answered How is the horse different today What were the reasons of the observed changes The study focuses on new ideas, observations and hypotheses and is not meant to be an exhaustive coverage of previous research. New anatomic and functional terms are introduced in this study. The study has many figures because I believe they help understand the anatomy better than simple text. All the figures are new. I emphasize that the figures are data. The figures are many and detailed. They reflect my personality as I think in images not words. I also know that we all love figures in studies and often skip over the words.The term domesticated horse or horse is meant to mean the domesticated horse Equus caballus. The three terms are used interchangeably throughout the text. Most of the research is based on the domesticated horse as this species was researched the most. Other species are mentioned by their scientific name. Equids refers to the taxa of the family Equidae. Equinae and Anchitheriinae are the two major subfamilies. I have selected some additional literature for further reading. I have also summarized the main points at the end of each chapter. A list of species and a list of terms in Latin are also provided at the end. In figures I use no abbreviations for the anatomical terminology. This greatly facilitates the use of the figures because it eliminates the step of having to look up what is been pointed. I use anglicized Latin [L] and Greek [G] in the text and figures as do most medical books (e.¿g. Gray's Anatomy 40th edition, 2008).During the later Cenozoic, especially in North America, there is a large adaptive radiation of extinct horses. Form the very beginning to the Oligocene there were numerous species. More than forty species were present in the Oligocene-Miocene of North America. Dinohippus is most likely the ancestor of Equus (the modern horses are all placed in one genus: Equus). Mihlbachler et al. (2011) provides a useful cladogram and the dietary evolution of equids. McFadden (1990) has also summarized the major evolutionary events of equids. Older studies on horses by Matthew (1926), Simpson (1951) and Osborn (1918) stand out as classics.The first part starts with a coverage of the anatomy of the conchae, the nostrils and the upper lip which act like a short proboscis, and the nasal diverticulum. The nasal notch is rather peculiar in the horse. There are nasalis muscles which are.
More images- Hardcover
Seller: preigu, Osnabrück, Germanypreigu
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Buch. Condition: Neu. The Horse - Head, Dentition and Limbs | Anatomy and Evolution | Nikos Solounias | Buch | 132 S. | Englisch | 2024 | Pfeil, Dr. Friedrich | EAN 9783899372809 | Verantwortliche Person für die EU: Verlag Dr. Friedrich Pfeil, Dr. Friedrich Pfeil, OT Günding, Hauptstr. 12b, 85380 Bergkirchen, fritz[dot]pfeil[at]…pfeil-verlag[dot]de | Anbieter: preigu.
- Softcover
Seller: Antiquariaat Schierenberg, Amsterdam, NetherlandsAntiquariaat Schierenberg
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Oslo, Universitetsforlaget, 1991. Large 4to (29.6 x 20.9 cm). 104 pp., 67 text figures. Original printed stiff wrappers. = The ultimate work on fossil and Recent hyaenas, with an appendix on reconstructing fossil hyaenas by Wendelin and Björn Lindsten. Particularly interesting are the fine drawings of skulls, and the convincing…renderings of "living" fossil hyaenas. The authors explain their choise of fur-patterns and alternative views. A fine clean copy of the original edition (not the American reprint), published in the series Fossils & Strata (no. 30). Rare.
More images- Hardcover
Seller: ConchBooks, Harxheim, GermanyConchBooks
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Nikos Solounias ist deeply involved with horses and their ancient relatives of times long past. For several decades he ventured out into the world to learn everything he can about the history of the equids. His approach of in-depth examination of the modern horse and constant comparison with paleontologic findings afford him rar…e insights into anatomy and function. In this book the focus is set on three remarkable discoveries in the head, the dentition and the limbs of the modern horse. In the equine head the the interaction of nasal cavity, the nostrils but especially of the preorbital fossa and the nasal diverticulum are examined in detail. This not only allows new insights into the abilities and functions of the nose but also gives insights into the evolution of the anatomy of the equid face. In the case of the dentition the interaction between the teeth and the vegetation while chewing provides new insights that explain the structure of the teeth. Additionally new theories about hypsodonty give further insight into the anatomy and evolution of the teeth. His research on the lower limbs of the horse provide the perhaps most striking results. Investigations of embryos andpaelontologic finds support the novel five-digit scenario of the metacarpals and metatarsals. This reveals misunderstandings and new ideas about monodactyly. München. Dr. Friedrich Pfeil. 132 pp., 89 color figs, 10 b/w figs, hardcover 4 [21.3 x 30.3 cm].
